AM MODULATOR USING MULTIPLIER IC Search Results

ICL8013CCTX

Contextual Info: ICL8013 Semiconductor April 1999 Data Sheet File Num ber 2863.4 1MHz, Four Quadrant Analog Multiplier Features The ICL8013 is a four quadrant analog multiplier whose • A ccuracy. ±1% “B” Version output is proportional to the algebraic product of two input

am signal using multiplier ic

Abstract: 2228CP application for xr-2208 applications xR-2208 xr 2209 am modulation XR210 XR-2228 XR-210 Phase-locked loop circuits AM MODULATOR using multiplier IC
Contextual Info: XR-2228 Monolithic Multiplier/Detector GENERAL DESCRIPTION PIN ASSIGNMENT The XR-2228 is a monolithic multiplier/detector circuit especially designed for interfacing with integrated phaselocked loop PLL circuits, to perform synchronous AM detection and triangle-to-sinewave conversion. It combines

2228CP

Abstract: exar application xr222 XR-210 exar 2284 XR-2209
Contextual Info: XR-2228 Monolithic Multiplier/Detector PIN ASSIGNMENT GENERAL DESCRIPTION The XR-2228 is a monolithic multiplier/detector circuit especially designed for interfacing with integrated phaselocked loop PLL circuits, to perform synchronous AM detection and triangle-to-sinewave conversion. It combines

diode 1NU

Abstract: analog multiplier MC1496 MC1456 MC1495 equivalent
Contextual Info: M M O T O R O L A — — — Linear Four-Q uadrant M ultiplier The MC1494 is designed for use where the output voltage is a linear product of tw o input voltages. Typical applications include: multiply, divide, square root, mean square, phase detector, frequency doubler, balanced

Contextual Info: Or, Call Customer Service al 1-8Û0-548-6132 USA Only FEATURES APPLICATIONS • WIDE BANDWIDTH: 75MHz — Current Output 30MHz — Voltage Output • LOW NOISE • LOW FEEDTHROUGH: -60dB (5MHz) • GROUND-REFERRED OUTPUT • LOW OFFSET VOLTAGE • • •

RCA-40841

Abstract: ICAN-6668 RCA 40841 LM 352 voltage regulator Ic 40841 DIODE KIV 667 rca CA3080 AM MODULATOR using multiplier IC DIODE KIV 3m 7940
Contextual Info: SEMICOND SECTOR 4GE D • M 30 2 57 1 î - 7 SU h a rris O DSlbâT b «HAS £r - ¥ û C A 3060 Operational Transconductance Amplifier Arrays August 1991 Features Description • Low Power Consumption as Low as lOOmW Per The CA3060 monolithic Integrated circuit consists of an array of

QDAC

Abstract: AD9777BSV P1B14 P2B15
Contextual Info: PRELIMINARY TECHNICAL DATA 16-Bit 160 MSPS 2x/4×/8× Interpolating Dual TxDAC+ D/A Converter a AD9777 Preliminary Technical Data APPLICATIONS FEATURES 16 Bit Resolution, 160 MSPS Conversion Rate Selectable 2×/4×/8× Interpolating Filter Programmable Channel Gain and Offset Adjustment

pin diagram for IC cd 1619 fm receiver

Contextual Info: HSP45116A April 1999 Data Sheet Numerically Controlled Oscillator/ Modulator The Harris HSP45116A combines a high performance quadrature numerically controlled oscillator NCO and a high speed 16-bit Complex Multiplier/Accum ulator (CMAC) on a single IC. This combination of functions allows a

Contextual Info: FAN6982 CCM Power Factor Correction Controller Features Description ƒ ƒ ƒ ƒ Continuous Conduction Mode The FAN6982 is a 14-pin, Continuous Conduction Mode CCM PFC controller IC intended for Power Factor Correction (PFC) pre-regulators. The FAN6982 includes

9744

Abstract: 974-4 AN9744 gilbert cell 5.1 transistor amplifier circuit diagram HFA3127 PNP Transistor Arrays Intersil gilbert cell differential pair HFA3046 HFA3102
Contextual Info: RF Up/Down Conversion Is Simplified By Linear Arrays TM Application Note July 1997 Linear Arrays Have Advantages Over Discrete Transistors Q5 C1 1nF 5V - L1 1µH VO Q2 C3 1nF RL 50Ω RE 5.1Ω - + VS + FIGURE 2. MULTISTAGE TRANSISTOR AMPLIFIER The advantages of linear arrays over discrete transistors are

TMPA8891

Abstract: TB1334FG TMPA8893 TB32160AFG TB1334 TMPA8897PSCNG TB1318FG TB32302fg TA8275HQ TMPA8879
Contextual Info: ASSPs Audio & Video Equipment ICs z 66 Communications Equipment ICs z 78 Radio-Frequency Power Amp ICs z 81 Automotive ICs z 82 Display Driver ICs z 83 Network & Interface ICs z 86 Peripheral Equipment LSIs z 87 Other Consumer Product ICs z 88 65 Audio & Video Equipment ICs

Contextual Info: Or, Call Custom! S e m e at 1-880-548-6132 USA Only B U R R -B R O W N MPY600 v\ o o CO > a. FEATURES APPLICATIONS • WIDE BANDWIDTH: 75MHz — Current Output 30MHz — Voltage Output • LOW NOISE • LOW FEEDTHROUGH: -60dB (5MHz) • GROUND-REFERRED OUTPUT

AM MODULATOR USING PLL

Abstract: ad9850 am modulation Single-Sideband Upconversion of Quadrature DDS dds phase noise application note 2ghz dds fm modulator AD983x AD8346 ad9850 fm modulation dds fm modulator ad9850 Application
Contextual Info: a Technical Note ONE TECHNOLOGY WAY••P.O.BOX 9106•• NORWOOD, MASSACHUSETTS 02062-9106 •781/329-4700 800 to 2500 MHz Single-Sideband Upconversion of Quadrature DDS Signals by: Richard Cushing, NI7X INTRODUCTION DDS direct digital synthesis technology is

Single-Sideband Upconversion of Quadrature DDS

Abstract: ad9850 am modulation PLL FSK MODULATOR ad983x ad9850 fm modulation LMX1501 UHf band upconverter AD8346 LMX1501A practical circuit of FSK modulator
Contextual Info: Single-Sideband Upconversion of Quadrature DDS Signals to the 800-to2500-MHz Band undesired sideband frequencies over the entire frequency range. Moreover, all DDS signal qualities are preserved, while the unwanted products of upconversion are minimized. 36-dB rejection

Dual Long-Tailed Pair Transistor Array

Abstract: gilbert cell differential pair pnp 8 transistor array pnp array AN9744 HFA3046 HFA3096 HFA3101 HFA3102 HFA3127
Contextual Info: Harris Semiconductor No. AN9744 Harris Linear July 1997 RF Up/Down Conversion Is Simplified By Linear Arrays Author: Ronald Mancini Linear Arrays Have Advantages Over Discrete Transistors tional transistors cost little because they take little space on the same piece of silicon. This multistage circuit configurations can be employed with linear arrays at a small additional

MPY600AP

Abstract: MPY600 signal multiplier 1N914 OPA621 x2107
Contextual Info: MPY600 FPO Wide Bandwidth SIGNAL MULTIPLIER FEATURES APPLICATIONS ● WIDE BANDWIDTH: 75MHz — Current Output 30MHz — Voltage Output ● LOW NOISE ● LOW FEEDTHROUGH: –60dB 5MHz ● GROUND-REFERRED OUTPUT ● LOW OFFSET VOLTAGE ● MODULATOR/DEMODULATOR

MC1494

Abstract: balanced modulator MC1496 mc1495 Nippon capacitors analog multiplier MC1496
Contextual Info: Order this document by MC1494/D M MOTOROLA - M C1494 Linear Four-Quadrant M ultiplier The MC1494 is designed for use where the output voltage is a linear product of two input voltages. Typical applications include: multiply, divide,

D83-004K

Abstract: d83004
Contextual Info: M ay 1997 ^ÉL M icro Linear ML4819 Power Factor and P W M Controller "Com bo" GENERAL DESCRIPTION FEATURES The ML4819 is a complete boost mode Power factor Controller PFC which also contains a P W M controller. The PFC circuit is similar to the ML4812 while the P W M

6 pin TRANSISTOR SMD CODE XI

Abstract: TDA4819
Contextual Info: SIEMENS Power Factor Controller PFC TDA 4815; TDA 4818; TDA 4819 IC for High Power Factor and A ctive Harm onic Filtering Advance Inform ation Bipolar IC Features • • • • • • • • Power factor approaching 1 For wide-range power supplies Continuous mode with fixed frequency

MPY634 multipliers circuits

Abstract: sfz2 circuit application of MPY634 MPY634 MPY634BM MPY634AM MPY634KP MPY634KU MPY634SM squarer
Contextual Info: MPY634 Wide Bandwidth PRECISION ANALOG MULTIPLIER FEATURES DESCRIPTION ● WIDE BANDWIDTH: 10MHz typ ● ±0.5% MAX FOUR-QUADRANT ACCURACY ● INTERNAL WIDE-BANDWIDTH OP AMP ● EASY TO USE ● LOW COST The MPY634 is a wide bandwidth, high accuracy, four-quadrant analog multiplier. Its accurately lasertrimmed multiplier characteristics make it easy to use

MPY634

Abstract: Frequency Generator to 10MHz square transistor Z2 MPY634 multipliers circuits diode z2 circuit application of MPY634 BM x2 capacitors HIGH accurate ANALOG MULTIPLIER sine multiplier MPY634BM
Contextual Info: MPY634 Wide Bandwidth PRECISION ANALOG MULTIPLIER FEATURES DESCRIPTION ● WIDE BANDWIDTH: 10MHz typ ● ±0.5% MAX FOUR-QUADRANT ACCURACY ● INTERNAL WIDE-BANDWIDTH OP AMP ● EASY TO USE ● LOW COST The MPY634 is a wide bandwidth, high accuracy, four-quadrant analog multiplier. Its accurately lasertrimmed multiplier characteristics make it easy to use

Contextual Info: ANALOG DEVICES FEATURES Simple: Basic Function is W = XY + Z Complete: M inim al External Components Required Very Fast: Settles to 0.1% of FS in 20 ns DC-Coupled V oltage O utput Simplifies Use High Differential Input Impedance X, Y and Z Inputs Low M u ltip lier Noise: 50 nV/VHz

AD9777AST

Abstract: P1B14 AD9777 AD9777EB P1B10 80-Lead LQFP ST-80 QDAC P2B15
Contextual Info: PRELIMINARY TECHNICAL DATA 16-Bit, 125 MSPS x/4× ×/8× × Interpolating 2× Dual TxDAC+ D/A Converter a Preliminary Technical Data AD9777 02-14-01 APPLICATIONS FEATURES 16 Bit Resolution, 125 MSPS Conversion Rate Selectable 2×/4×/8× Interpolating Filter

am signal using multiplier ic 565

Abstract: 16-DQAM randomizer solomon receiver qpsk schematic diagram AD9853 8-bit qpsk modulator AD832 load byte 16DQAM
Contextual Info: a Programmable Digital QPSK/16-QAM Modulator AD9853 PR E L I M I N A R Y I NF O R M AT IO N FEATURES >50dB SFDR @ 42 MHz Out put Frequency Controlled Bur st Mode Operation +3.3V or +5 V Single Suppl y Operation Low Power: 600 mW@ Full Clock Speed 3.3 V supply